• Utilised business intelligence tools (PowerBI, Plotly Dash) to deliver timely and compelling data-driven reports for the Executive team.• Analysed performance data trends using Python and SQL to identify new strategic opportunities, positively impacting team strategy and decision-making.

• Leveraged data analytics techniques using Python and in-house software to extract insights from data in real-time, delivering timely and considered analysis to improve car performance across the race weekend.• Maintained downforce estimation during on-track running, using detail-oriented approach to deploy new models in minutes, ensuring accurate load and balance approximations.• Contributed to a 44% increase in aero elasticity across seasons by establishing a new Python workflow for analysing competitor onboard camera footage.• Increased broken sensor identification accuracy by 54% by developing a visually appealing and interactive dashboard to convey critical information swiftly.

- Integrated aero mapping into full aerodynamics design process for the first time, leading to 75% increase in simulated weighted average CLA compared to previous iteration.- Demonstrated passion for learning through utilising machine learning and carrying out data analysis of wind tunnel, CFD and track data across a range of tools including MATLAB, i2 Pro and Microsoft Excel.- Developed existing lap time simulation tools, providing design cases for CFD analysis and driver-in-the-loop simulations, leading to 50% reduction in yaw sensitivity.- Illustrated innovation through development of simulation tool to determine ride height variation given track data and vehicle dynamics data inputs, driving integrated suspension and aerodynamic design.

- Managed the development of Monash Motorsport’s Electric Vehicle (M19-E) ahead of competitions in European Formula Student competitions. Formulated team-wide goals and deadlines in conjunction with upper management group, considering team’s vision and values, creating a high performing, inclusive and rewarding working culture. - Demonstrated multi-project management capability in devising overall vehicle goals in preparation for European competitions. Developed testing schedule and plans in alignment with overall vehicle goals. Conducted testing sessions and ensured adherence to testing plan in order to collect reliable data. Analysed testing data and implemented solutions leading to 20% gain in performance. - Exemplified excellent communication and leadership having presented testing and vehicle updates to team of over 100 people. Created technical reports for team, alumni and Engineering Faculty members. Moderated discussion between section management personnel and communicated with key stakeholders to arrive at optimal solutions. Reported key updates to faculty advisors and alumni, ensuring open communication between team members and advisory group.- Showed initiative having secured valuable sponsorship leading to over $2000 in savings.- Developed crisis management skills in leading team of over 100 people through COVID-19 crisis. Utilised foresight in creation of contingency plans for several potential outcomes. Demonstrated strong communication skills in providing updates to team swiftly, leading to greater transparency and clarity.- Employed effective management skills in aiding transition to revolutionized management structure as team moved into the design of a single vehicle. Maintained maximal learning and productivity while undertaking thorough and detailed planning for structure transition.

- Demonstrated project delivery and efficiency through managing the Aerodynamics Section consisting of ~15 engineers ranging in levels of experience, motivation and commitment. Coordinated the design and manufacture of two Aerodynamics packages, meeting all deadlines and budget requirements.- Applied Engineering Design and collaborative skills through inter-department integration to design Nylon-12, 3D printed air intake geometry using Computational Fluid Dynamics. Designed rear wing assembly jig and undertook wind tunnel operation and program planning.- Gained further knowledge and experience in composite layup techniques including mould preparation, resin infusion and monocoque manufacture. - Demonstrated fundamental technical knowledge and analysis ability in FSAE-Australasia Design Event, with team achieving 1st place. Performed under pressure during role as Autocross & Endurance Driver, scoring 1st place in these events. Demonstrated attention to detail in responsibility for condition and maintenance of Aerodynamics package at competition, leading to reliable performance and overall 1st place at FSAE-Australasia 2019.- Received Vision & Values Award for exemplifying the team’s goals and values

▪ Applied strong analytical mindset to solve challenging problems in a cross-functional team to implement assembly process improvements, increasing quality of final product and efficiency of vehicle manufacture.▪ Spearheaded a project, collaborating with internal and external stakeholders, gathering feedback and maintaining relationships with key members of the business.